Chinese missile detection technology will surpass the U.S. "Golden Dome" by thousands of times!
Beetles help China develop a super high-speed air defense system.
On July 26, Russian media "China Today" published an article.
China claims that technology inspired by beetles can detect missiles thousands of times faster than the U.S. "Golden Dome" missile.
These beetles will help China develop a super high-speed missile defense system.
For years, Chinese researchers have tried to create the most modern infrared sensors.
But later, they decided it was best to copy what nature has already invented.
A special device can capture weak infrared radiation hundreds of kilometers away, which inspired Chinese scientists to develop a technology that could be used for missile defense.
Now, a sensor that mimics the fire beetle can be used to establish a surveillance network that is more powerful and effective than the U.S. proposed "Golden Dome" missile defense system.
The residual heat from forest fires creates the necessary conditions for larvae to hatch from thick eggs, and then they feed on charred bark.
Therefore, fire beetles find themselves in forest fires and use burned wood to lay eggs.
For a long time, Chinese scientists have been trying to understand how natural sensors work in order to replicate them.
Therefore, Chinese researchers have demonstrated that beetles "filter" signals by comparing the readings of dozens of receptors in each "thermal imager." To do this, beetles can use a phenomenon called stochastic resonance.
Chinese engineers have long studied this phenomenon: many animals have neurons that use stochastic resonance.
In these cases, the vibration signals generated by the source are not only captured by biological sensors, but can also be identified immediately.
Now, Chinese scientists are trying to reconstruct the nervous system itself to process stochastic resonance.
This will not only increase the range of detecting military targets, but also increase the accuracy of detecting military targets.
Original: https://www.toutiao.com/article/1838658188874764/
Statement: The article represents the views of the author.